Roller Bottles, InVitro / TufRol™ / TufRol EZ, sterile Roller Bottles InVitro For industrial scale production of vaccines, monoclonal antibodies or pharmaceuticals. In vitro Roller Bottles molded of durable PETG. Excellent substrate for adherent cells. Quick-action ergonomic closure reduces wrist stain and increases productivity. Wide range of sizes with surface areas from 1,050cm2 to 4,200cm2. Available in both Standard and the patented Expanded Surface (XPS), which enables increased cell growth and product yield without the need to purchase additional production equipment or increase labor. In Vitro XPS Roller Bottles have specially designed pleats that dramatically expand the available growth surface. The pleats are oriented in the direction of rotation to minimise turbulence. Flat panels between sections allow microscopic viewing and expedite drainage during medium replacement and cell harvest. Easy-to-read graduations for medium fills. Lot number is printed on each bottle to maximise traceability. Sterile. Roller Bottles TufRol™ and TufRol™ EZ TufRol™ Roller Bottles enable to scale cell culture processes from plates, to flasks, to roller bottles. They can be used as the primary production vessel or as a mid-scale expansion platform to feed Cell Factories or Suspension Culture Bioreactors. One-piece, seamless design reduces possibility of leaking. TufRol™ EZ bottles with shallow or deep indents make them excellent for manual and automated handling. Proprietary manufacturing process for greater impact resistance. Vertical expanded surfaces version facilitates emptying and reduces retention of product. Certified non-cytotoxic, non-pyrogenic and sterile (10-3 SAL). Validation Binder available. Product Specification: Product Description: TufRol™ EZ, Smooth surface, deep indent, EZ twist vented cap Culture surface: 850 cm2 Material: PS | |
Catalogue Number | 9.407 108 |
Manufacturer | Thermo |
Manufacturer P/n | 184902 |
Description | TufRol™ EZ, Smooth surface, deep indent, EZ twist vented cap |
PK | 20 |
Material | PS |
culture surface cm2 | 850 |